QUANTITATIVE AND SEPARATE FLUENCE AND INTENSITY DEPENDENCES OF INFRARED MULTIPLE-PHOTON ABSORPTION IN SF6

Single-mode CO2-laser pulses, shaped by electro-optic crystal switching, have been used to measure multiple-photon absorption cross sections in SF6 as separate and quantitative functions of intensity and fluence at 944.2 cm-1. © 1983.

Bibliographic Details
Main Authors: Hancock, G, Macrobert, A
Format: Journal article
Language:English
Published: 1983
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author Hancock, G
Macrobert, A
author_facet Hancock, G
Macrobert, A
author_sort Hancock, G
collection OXFORD
description Single-mode CO2-laser pulses, shaped by electro-optic crystal switching, have been used to measure multiple-photon absorption cross sections in SF6 as separate and quantitative functions of intensity and fluence at 944.2 cm-1. © 1983.
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spelling oxford-uuid:7fd02aab-56ee-4848-b4f8-811f3b0e23a62022-03-26T21:19:14ZQUANTITATIVE AND SEPARATE FLUENCE AND INTENSITY DEPENDENCES OF INFRARED MULTIPLE-PHOTON ABSORPTION IN SF6Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:7fd02aab-56ee-4848-b4f8-811f3b0e23a6EnglishSymplectic Elements at Oxford1983Hancock, GMacrobert, ASingle-mode CO2-laser pulses, shaped by electro-optic crystal switching, have been used to measure multiple-photon absorption cross sections in SF6 as separate and quantitative functions of intensity and fluence at 944.2 cm-1. © 1983.
spellingShingle Hancock, G
Macrobert, A
QUANTITATIVE AND SEPARATE FLUENCE AND INTENSITY DEPENDENCES OF INFRARED MULTIPLE-PHOTON ABSORPTION IN SF6
title QUANTITATIVE AND SEPARATE FLUENCE AND INTENSITY DEPENDENCES OF INFRARED MULTIPLE-PHOTON ABSORPTION IN SF6
title_full QUANTITATIVE AND SEPARATE FLUENCE AND INTENSITY DEPENDENCES OF INFRARED MULTIPLE-PHOTON ABSORPTION IN SF6
title_fullStr QUANTITATIVE AND SEPARATE FLUENCE AND INTENSITY DEPENDENCES OF INFRARED MULTIPLE-PHOTON ABSORPTION IN SF6
title_full_unstemmed QUANTITATIVE AND SEPARATE FLUENCE AND INTENSITY DEPENDENCES OF INFRARED MULTIPLE-PHOTON ABSORPTION IN SF6
title_short QUANTITATIVE AND SEPARATE FLUENCE AND INTENSITY DEPENDENCES OF INFRARED MULTIPLE-PHOTON ABSORPTION IN SF6
title_sort quantitative and separate fluence and intensity dependences of infrared multiple photon absorption in sf6
work_keys_str_mv AT hancockg quantitativeandseparatefluenceandintensitydependencesofinfraredmultiplephotonabsorptioninsf6
AT macroberta quantitativeandseparatefluenceandintensitydependencesofinfraredmultiplephotonabsorptioninsf6